Pontryagin Maximum Principle in optimal control of coherent spin dynamics of radical pairs in Quantum Biology II. Computational Analysis

Mr. Pablo Jimenez, Instituto Balseiro, Universidad Nacional de Cuyo, Phd Student

Dr. Jose Rodriques, OIST, Analysis and Partial Differential Equations Unit(Abdulla Unit),Staff Scientist

Mr. Chenming Zhen, OIST, Phd Student

Pontryagin Maximum Principle in optimal control of coherent spin dynamics of radical pairs in Quantum Biology I. Mathematical foundation and optimality conditions.

Professor Ugur G. Abdulla, Okinawa Institute of Science and Technology, Japan

The Quantum Biology of Reactive Oxygen Production in Electron Transfer Flavoprotein

Speater:Professor Carlos F. Martino, Johns Hopkins University Applied Physics Lab, USA

Microspectroscopic detection of magnetic field sensitive radical pair processes in biological systems

Lecturer: Professor Jonathan Woodward, University of Tokyo

Recent Advances in Quantum Biology

Plenary Speakers:

     Jonathan R. Woodward, University of Tokyo, Japan

     Carlos F. Martino, Johns Hopkins University Applied Physics Lab, USA

     Ugur G. Abdulla, OIST, Japan

What is Quantum Biology and why does it matter?

Lecture 1. Jonathan Woodward University of Tokyo, Japan

MiS Series Seminar : Minimal Energetic Dynamics of Living Systems

Andres Mejia Ramon

OIST, Postdoctoral Scholar,  Froese Unit

【Mathathon5】On the d and M Conjecture

Speaker: John Lewis

University of Kentucky, USA

【Mathathon４】Nonlinear Partial Differential Equations of Mixed Type:Analysis and Connections

Prof. Gui-Qiang Chen

Statutory Professor in the Analysis of PDEs, Director of the Oxford Centre for Nonlinear PDEs (OxPDE), University of Oxford, United Kingdom

【Mathathon3】Asymptotic Mean Value Expansion for Solutions of General Ellipticand Palabolic Equations

Prof Juan Manfredi

University of Pittsburgh, USA